e aim to build a secure, web-based journal platform that allows users to upload, store, and manage journals effectively. User authentication is critical to ensure restricted access, and I propose using OAuth 2.0, a robust and widely-adopted protocol, to integrate with popular identity providers like Google, Facebook, or AWS Cognito. Uploaded journal files will be stored in AWS S3, a scalable and reliable storage solution, organized into folders for seamless management. Metadata, including journal titles, descriptions, and timestamps, will be handled with AWS DynamoDB, ensuring fast and scalable data operations. RESTful APIs will manage authentication, file uploads/downloads, metadata processing, and journal reviews, delivering a cohesive and secure backend architecture.
With over 4+ years of experience as a Java full-stack developer, I bring proficiency in Java, J2EE, Spring Boot, microservices, RESTful APIs, and Hibernate, making me adept at designing and implementing secure, scalable solutions. I specialize in backend engineering, leveraging Spring Boot to build APIs for authentication and journal management while seamlessly integrating AWS S3 and DynamoDB. My familiarity with AngularJS also allows me to contribute to the platform's UI for a streamlined user experience.